def test_calculator_data():
'''
This case is used to verify the primary functionality of calculator
for data-driven
'''
calculator = app_calculator.app_calculator()
calculator.launch()
print("Save a screen-shot at calculator_launch.png")
calculator.screenshot("calculator_launch.png")
calculator.clear()
assert calculator.verify(cfg("formula"), cfg("exp_result"))
def my_getNewCard( self, _old ):
'''Continually call _getNewCard until we get one with a focusMorph we haven't
seen before. Also skip bad vocab cards'''
while True:
C = partial( cfg, None, self.col.decks.active()[0] )
if not C('next new card feature'):
return _old( self )
if not C('new card merged fill'):
c = _old( self )
else: # pop from opposite direction and skip sibling spacing
if not self._fillNew(): return
( id, due ) = self._newQueue.pop( 0 )
c = self.col.getCard( id )
if not c: return # no more cards
n = c.note()
try: fm = focus( n ) # fm is either the focusMorph or empty
except KeyError: return c # card has no focusMorph field -> assume it's good
# determine if good vocab word based on whether k+1
# defaults to whether has focus morph if no k+N field or disabled
try: goodVocab = n[ cfg( n.mid, None, 'k+N' ) ] == '1'
except KeyError: goodVocab = fm
if not goodVocab or fm in seenMorphs or n.hasTag( CN( n, 'tag_alreadyKnown' ) ):
self.buryNote( c.note().id )
continue
break
return c
def my_getNewCard(self, _old):
'''Continually call _getNewCard until we get one with a focusMorph we haven't
seen before. Also skip bad vocab cards'''
while True:
C = partial(cfg, None, self.col.decks.active()[0])
if not C('next new card feature'):
return _old(self)
if not C('new card merged fill'):
c = _old(self)
else: # pop from opposite direction and skip sibling spacing
if not self._fillNew(): return
(id, due) = self._newQueue.pop(0)
c = self.col.getCard(id)
if not c: return # no more cards
n = c.note()
try:
fm = focus(n) # fm is either the focusMorph or empty
except KeyError:
return c # card has no focusMorph field -> assume it's good
# determine if good vocab word based on whether k+1
# defaults to whether has focus morph if no k+N field or disabled
try:
goodVocab = n[cfg(n.mid, None, 'k+N')] == '1'
except KeyError:
goodVocab = fm
if not goodVocab or fm in seenMorphs or n.hasTag(
CN(n, 'tag_alreadyKnown')):
self.buryNote(c.note().id)
continue
break
return c
def per( st, n ):
mats = mw.col.db.list( 'select ivl from cards where nid = :nid', nid=n.id )
for f in cfg( n.mid, None, 'morph_fields' ):
ms = getMorphemes( n[ f ], None, cfg1('morph_blacklist') )
loc = AnkiDeck( n.id, f, n[ f ], n.guid, mats )
st['morphDb'].addMsL( ms, loc )
return st
def per( st, n ):
for f in cfg( n.mid, None, 'batch media fields' ):
try:
r = re.search( anki.sound._soundReg, n[ f ] )
if r:
st['vid2nid'][ r.group(1) ] = n.id
break
except KeyError: pass
return st
def per( st, n ): # :: State -> Note -> State
#n.delTag( st['tags'] ) # clear tags if they already exist?
for field in cfg( n.mid, None, 'morph_fields' ):
for m in getMorphemes( n[ field ], None, cfg1('morph_blacklist') ):
if m in st['db'].db:
n.addTag( st['tags'] )
break
n.flush()
return st
def per(st, n):
for f in cfg(n.mid, None, 'batch media fields'):
try:
r = re.search(anki.sound._soundReg, n[f])
if r:
st['vid2nid'][r.group(1)] = n.id
break
except KeyError:
pass
return st
def per(st, n): # :: State -> Note -> State
#n.delTag( st['tags'] ) # clear tags if they already exist?
for field in cfg(n.mid, None, 'morph_fields'):
for m in getMorphemes(getMorphemizerForNote(n), n[field]):
if m in st['db'].db:
n.addTag(st['tags'])
break
n.flush()
return st
def focusName( n ): return cfg( n.mid, None, 'focusMorph' ) def focus( n ): return n[ cfg( n.mid, None, 'focusMorph' ) ]
def focus(n):
return n[cfg(n.mid, None, 'focusMorph')]
def CN( n, key ): return cfg( n.mid, None, key )
def focusName( n ): return jcfg('Field_FocusMorph') # TODO remove argument n
def per(st, n):
st['morphemizer'] = getMorphemizerForNote(n)
for f in cfg(n.mid, None, 'morph_fields'):
st['txt'] += n[f] + ' '
return st
def CN(n, key):
return cfg(n.mid, None, key)
def per( st, n ):
for f in cfg( n.mid, None, 'morph_fields' ):
st['txt'] += n[ f ] + ' '
return st
def focusName(n):
return cfg(n.mid, None, 'focusMorph')
# %%
from datetime import date, timedelta
import pandas as pd
# from datetime import date, timedelta, datetime
from util import con, cfg, db, tool
# day = date.today().strftime("%Y%m%d")
# minDF = db().selectDatatoDF(sql_statment = f"SELECT * FROM dailyminsholc WHERE TradeDate = {day}")
day = date.today().strftime("%Y-%m-%d")
# day = "2021-10-15"
api = con().LoginToServerForStock(simulate=False)
tb = cfg().getValueByConfigFile(key="tb_mins")
# %%
stock_lst = tool.DFcolumnToList(db().selectDatatoDF(
cfg().getValueByConfigFile(key="tb_basic")),
colname="StockID")
DFtoDBmin = pd.DataFrame()
for id in stock_lst:
stkDF = con(api).getKarData(stkid=id, sdate=day, edate=day)
stkDF = stkDF.filter(items=[
"StockID", "TradeDate", "TradeTime", "Open", "High", "Low", "Close",
"Volume"
])
print(id)
db().updateDFtoDB(stkDF, tb_name=tb)
# %%
def CN( n, key ): return cfg( n.mid, None, key ) def focusName( n ): return cfg( n.mid, None, 'focusMorph' )
def focus( n ): return n[ cfg( n.mid, None, 'focusMorph' ) ] ########## 6 parent deck pulls new cards from all children instead of sequentially (ie. mostly first) def my_fillNew( self, _old ):
parser = argparse.ArgumentParser()
parser.add_argument('--interval', type=int, default=1)
parser.add_argument('--alpha', type=float, default=0.85)
parser.add_argument('--totalepoch', type=int, default=4)
parser.add_argument('--configure', type=str, default='')
args = parser.parse_args()
eps, alp, training_epochs, configure = args.interval, args.alpha, args.totalepoch, args.configure
from timeit import default_timer as timer
import resource, os, sys
from util import cfg
cf = cfg()
cf.parseConfig(configure)
# Import MNIST data
from tensorflow.examples.tutorials.mnist import input_data
mnist = input_data.read_data_sets(cf.datadir, one_hot=True)
# mnist = input_data.read_data_sets("../dnn/mnist/MNIST_data/", one_hot=True)
import buildSet as bs
import reNN as rn
import act2grdcp as ag
sys.path.append(cf.paraviewdir)
sys.path.append(cf.paraviewdir + '/python2.7/site-packages')
from paraview.simple import *